{
 "cells": [
  {
   "cell_type": "code",
   "execution_count": 1,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "--2018-09-19 14:33:52--  http://rammb.cira.colostate.edu/research/tropical_cyclones/tc_extended_best_track_dataset/data/ebtrk_atlc_1988_2017.txt\n",
      "Resolving rammb.cira.colostate.edu (rammb.cira.colostate.edu)... 129.82.109.125\n",
      "Connecting to rammb.cira.colostate.edu (rammb.cira.colostate.edu)|129.82.109.125|:80... connected.\n",
      "HTTP request sent, awaiting response... 200 OK\n",
      "Length: 1475450 (1.4M) [text/plain]\n",
      "Saving to: ‘../data/ebtrk_atlc_1988_2017.txt.4’\n",
      "\n",
      "ebtrk_atlc_1988_201 100%[===================>]   1.41M  78.1KB/s    in 20s     \n",
      "\n",
      "2018-09-19 14:34:18 (72.2 KB/s) - ‘../data/ebtrk_atlc_1988_2017.txt.4’ saved [1475450/1475450]\n",
      "\n"
     ]
    }
   ],
   "source": [
    "!wget http://rammb.cira.colostate.edu/research/tropical_cyclones/tc_extended_best_track_dataset/data/ebtrk_atlc_1988_2017.txt -P ../data/\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 2,
   "metadata": {},
   "outputs": [],
   "source": [
    "import sys\n",
    "sys.path.append(\"../src\")"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 3,
   "metadata": {},
   "outputs": [],
   "source": [
    "from latlon_grid_class import latlon_grid\n",
    "from trackset_class import track_set\n",
    "%matplotlib inline"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 4,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "example_ebtrk.ipynb\r\n"
     ]
    }
   ],
   "source": [
    "!ls"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "metadata": {},
   "outputs": [],
   "source": [
    "wg = latlon_grid()\n",
    "dt = 30.0 #180.0 #in min\n",
    "latd = 0.1 #degress\n",
    "lond = 0.1 #degrees\n",
    "latur = 50.0\n",
    "latll = 0.0\n",
    "lonur = 0.0\n",
    "lonll = -120.0\n",
    "wg.alloc_grid(latur, latll, lonur, lonll, latd, lond)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "metadata": {},
   "outputs": [],
   "source": [
    "data_path = '../data/'\n",
    "outpath = '../wind_footprints/'\n",
    "track_fn = 'ebtrk_atlc_1988_2017.txt'"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 7,
   "metadata": {},
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "len dtm 28 len dtmi 325\n",
      "start_datetime 2017-08-12 00:00:00 ID ['AL0817', 'AL0817', 'AL0817', 'AL0817', 'AL0817', 'AL0817', 'AL0817', 'AL0817', 'AL0817', 'AL0817', 'AL0817', 'AL0817', 'AL0817', 'AL0817', 'AL0817', 'AL0817', 'AL0817', 'AL0817', 'AL0817', 'AL0817', 'AL0817', 'AL0817', 'AL0817', 'AL0817', 'AL0817', 'AL0817', 'AL0817', 'AL0817']\n",
      "Vmaxi_ms[0] 12.861000 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[1] 12.861000 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[2] 12.861000 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[3] 12.861000 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[4] 12.861000 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[5] 12.861000 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[6] 12.861000 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[7] 12.861000 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[8] 12.861000 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[9] 12.861000 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[10] 12.861000 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[11] 12.861000 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[12] 12.861000 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[13] 12.861000 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[14] 12.861000 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[15] 12.861000 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[16] 12.861000 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[17] 12.861000 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[18] 12.861000 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[19] 12.861000 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[20] 12.861000 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[21] 12.861000 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[22] 12.861000 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[23] 12.861000 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[24] 12.861000 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[25] 13.075350 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[26] 13.289700 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[27] 13.504050 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[28] 13.718400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[29] 13.932750 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[30] 14.147100 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[31] 14.361450 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[32] 14.575800 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[33] 14.790150 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[34] 15.004500 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[35] 15.218850 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[36] 15.433200 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[37] 15.647550 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[38] 15.861900 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[39] 16.076250 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[40] 16.290600 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[41] 16.504950 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[42] 16.719300 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[43] 16.933650 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[44] 17.148000 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[45] 17.362350 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[46] 17.576700 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[47] 17.791050 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[48] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[49] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[50] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[51] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[52] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[53] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[54] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[55] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[56] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[57] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[58] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[59] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[60] 18.005400 vst.max 18.001524 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[61] 18.005400 vst.max 18.001129 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[62] 18.005400 vst.max 18.005310 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[63] 18.005400 vst.max 18.000059 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[64] 18.005400 vst.max 18.003429 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[65] 18.005400 vst.max 18.000154 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[66] 18.005400 vst.max 18.003518 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[67] 18.005400 vst.max 18.003017 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[68] 18.005400 vst.max 18.005081 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[69] 18.005400 vst.max 18.001759 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[70] 18.005400 vst.max 18.003023 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[71] 18.005400 vst.max 18.001090 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[72] 18.005400 vst.max 18.003334 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[73] 18.005400 vst.max 18.000817 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[74] 18.005400 vst.max 18.004068 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[75] 18.005400 vst.max 18.000248 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[76] 18.005400 vst.max 18.004028 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[77] 18.005400 vst.max 18.000217 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[78] 18.005400 vst.max 18.005003 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[79] 18.005400 vst.max 17.999898 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[80] 18.005400 vst.max 18.001039 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[81] 18.005400 vst.max 18.003025 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[82] 18.005400 vst.max 18.004286 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[83] 18.005400 vst.max 17.999323 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[84] 18.005400 vst.max 18.001374 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[85] 18.219750 vst.max 18.213786 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[86] 18.434100 vst.max 18.434056 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[87] 18.648450 vst.max 18.643076 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n"
     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Vmaxi_ms[88] 18.862800 vst.max 18.855277 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[89] 19.077150 vst.max 19.073013 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[90] 19.291500 vst.max 19.289678 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[91] 19.505850 vst.max 19.503883 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[92] 19.720200 vst.max 19.710379 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[93] 19.934550 vst.max 19.929947 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[94] 20.148900 vst.max 20.145613 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[95] 20.363250 vst.max 20.362207 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[96] 20.577600 vst.max 20.568864 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[97] 20.791950 vst.max 20.787510 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[98] 21.006300 vst.max 20.991051 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[99] 21.220650 vst.max 21.213403 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[100] 21.435000 vst.max 21.430244 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[101] 21.649350 vst.max 21.648486 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[102] 21.863700 vst.max 21.862300 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[103] 22.078050 vst.max 22.073688 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[104] 22.292400 vst.max 22.283856 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[105] 22.506750 vst.max 22.495089 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[106] 22.721100 vst.max 22.717316 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[107] 22.935450 vst.max 22.932920 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[108] 23.149800 vst.max 23.149154 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[109] 23.364150 vst.max 23.352917 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[110] 23.578500 vst.max 23.577517 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[111] 23.792850 vst.max 23.774997 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[112] 24.007200 vst.max 24.005361 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[113] 24.221550 vst.max 24.208161 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[114] 24.435900 vst.max 24.434475 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[115] 24.650250 vst.max 24.640698 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[116] 24.864600 vst.max 24.854238 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[117] 25.078950 vst.max 25.071730 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[118] 25.293300 vst.max 25.278414 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[119] 25.507650 vst.max 25.505788 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[120] 25.722000 vst.max 25.690149 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[121] 25.936350 vst.max 25.904884 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[122] 26.150700 vst.max 26.123556 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[123] 26.365050 vst.max 26.349080 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[124] 26.579400 vst.max 26.571645 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[125] 26.793750 vst.max 26.786275 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[126] 27.008100 vst.max 27.004499 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[127] 27.222450 vst.max 27.222359 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[128] 27.436800 vst.max 27.430835 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[129] 27.651150 vst.max 27.645878 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[130] 27.865500 vst.max 27.857256 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[131] 28.079850 vst.max 28.057767 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[132] 28.294200 vst.max 28.271815 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[133] 28.508550 vst.max 28.477439 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[134] 28.722900 vst.max 28.721986 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[135] 28.937250 vst.max 28.914361 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[136] 29.151600 vst.max 29.107775 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[137] 29.365950 vst.max 29.351222 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[138] 29.580300 vst.max 29.569725 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[139] 29.794650 vst.max 29.709388 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
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     ]
    },
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     "output_type": "stream",
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      "Vmaxi_ms[178] 36.010800 vst.max 35.923956 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
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     ]
    },
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Vmaxi_ms[268] 29.151600 vst.max 29.141309 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
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      "Vmaxi_ms[301] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[302] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[303] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[304] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[305] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[306] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[307] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[308] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[309] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[310] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[311] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[312] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[313] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[314] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[315] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[316] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[317] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[318] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[319] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "Vmaxi_ms[320] 18.005400 vst.max 0.000000 vst.min 0.000000 max Vmaxi 48.871800 len(trk) 325\n",
      "vst_max max 48.79162683911458 min 0.0 mean 0.6748522946841312\n",
      "max Vmaxi 48.8718\n",
      "saving  AL0817_2017\n"
     ]
    }
   ],
   "source": [
    "ts = track_set()\n",
    "ts.read_track_set_ebtrk(track_fn,data_path)\n",
    "debug = False\n",
    "ts.proc_tracks_ebtrk(dt, wg, outpath,400,debug)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 8,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "image/png": 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\n",
      "text/plain": [
       "<Figure size 432x288 with 2 Axes>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "wg.plot_vst_max()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": []
  }
 ],
 "metadata": {
  "kernelspec": {
   "display_name": "Python 3",
   "language": "python",
   "name": "python3"
  },
  "language_info": {
   "codemirror_mode": {
    "name": "ipython",
    "version": 3
   },
   "file_extension": ".py",
   "mimetype": "text/x-python",
   "name": "python",
   "nbconvert_exporter": "python",
   "pygments_lexer": "ipython3",
   "version": "3.6.5"
  }
 },
 "nbformat": 4,
 "nbformat_minor": 2
}
